JOB DESCRIPTION:

• This role will require onsite support full-time at Client’s headquarters in Grand Prairie, TX working a 4/10 Flex schedule.
• Contractor can work partially remote but must be available to come onsite when needed.
• At Client, we apply our passion for purposeful innovation to keep people safe and solve the world’s most complex challenges.
• We are seeking a talented engineer that enjoys holistic system thinking to support the system design and requirements (SDR) through the development, integration and verification activities for integration programs that take the PAC-3 MSE Missile Segment and extend its functionality to other combat systems.

REQUIRED EXPERIENCE:

• Bachelor’s degree in aerospace engineering, Computer Engineering, Computer Science/Software Engineering, Electrical Engineering, Engineering (Undeclared), Mechanical Engineering, Other STEM (Science/Technology/Engineering/Mathematics) degrees considered.
• 3 + years working experience in DOORS
• 3 + years Hands-on experience with Cameo
• Familiarity with system design concepts and tradeoffs
• Willingness to work onsite in a classified lab environment

DESIRED SKILLS:

• Experience with C++, MATLAB is a plus
• Familiarity with fundamentals of missile system concepts
• Prior experience with DoD projects, particularly Patriot Advanced Capability-3 (PAC-3)/IAMD is a plus
• Desire to learn detailed missile/ground system/fire control theory and operation
• according to specifications and under simulated conditions.
  Job Type: Contract
  Pay: $55.63 - $78.00 per hour
  Expected hours: 40 per week

Schedule:

• 10 hour shift
• Day shift

Experience:

• Cameo: 3 years (Required)
• DOORS: 3 years (Required)
• C++: 3 years (Preferred)
• MATLAB: 3 years (Required)

Security clearance:

• Secret (Preferred)

Work Location: In perso

• Work with interdisciplinary subject matter experts to analyze and document system requirements in DOORS
• Assist with system architecture analysis using tools like Cameo to assess and capture system use cases, interfaces, timing, and designs
• Capture verification artifacts to support Functional Configuration Audit (FCA)